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Rail Welding (Aluminothermic / Thermite) SWMS

Aluminothermic rail welding — molten metal at >2,500°C, crucible safety, mould installation, post-weld grinding. RCS during grinding cycle. WTIA and AS 1085.20.

⚖️WHS Regulation 2025 & Codes of Practice — legally binding from 1 July 2026 (s26A)
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🗺️State-specific variants for all 8 Australian jurisdictions
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SWMS variants reference your state’s WHS legislation. Instant download after payment.

Aluminothermic (thermite) welding joins rail sections using a molten iron-aluminium reaction exceeding 2,500°C within a sand mould, followed by shearing and grinding. Work occurs in live rail corridors, triggering WHS Regulation 2025 HRCW provisions, Rail Safety National Law, and ONRSR network operator safety obligations.

Hazards identified

3 hazards covered, sorted by priority.

Molten metal ejection from crucible failure or wet mouldHIGH

Severe burns, fatal blast injury

Respirable crystalline silica from mould sand and grindingHIGH

Silicosis, irreversible lung disease

Rail corridor incursion by trains or hi-rail plantHIGH

Fatal struck-by, multiple casualties

Control measures

Hierarchy-of-controls order: elimination → substitution → isolation → engineering → administrative → PPE.

  1. 1Pre-heat moulds to eliminate moisture; verify crucible integrity and tap pin before ignition.
  2. 2On-track protection per ONRSR rules: lookout, absolute occupation, or track warning system.
  3. 3P2 RPE, on-tool extraction during grinding; FR clothing, face shield, spats during pour.

Applicable Codes of Practice

AS 1085.20 Aluminothermic rail welding⚖ Legally binding · 1 Jul 2026

Mandatory weld procedure, qualification, and acceptance criteria

Code of Practice: Welding Processes (SWA)⚖ Legally binding · 1 Jul 2026

Hot work, fume, RCS, and PPE controls

High-Risk Construction Work triggered

14
Work on or near a road/railway traffic corridor

Welding occurs within the rail corridor with train movements adjacent or under occupation.

11
Work on or near energised electrical installations

Electrified networks expose workers to 1500V DC or 25kV AC overhead traction.

Legal consequence

SWMS mandatory before work starts; non-compliance is a Category offence.

What you receive

  • Editable DOCX SWMS tailored to aluminothermic rail welding
  • State-specific WHS legislation and Rail Safety National Law schedule
  • Hazard register covering molten metal, RCS, corridor and traction risks
  • Worker sign-on register for SWMS consultation and acknowledgement

Related legislation

  • WHS Regulation 2025 — Part 4.1 (HRCW) and Part 4.4 (hazardous chemicals)
  • Rail Safety National Law Act 2012 — ONRSR safety duties
  • WHS Regulation 2025 — Schedule 14 (workplace exposure standards: RCS, welding fume)
What's in this SWMS

Document details

Regulation
WHS Regulation 2025 (NSW) + state equivalents; Rail Safety National Law Act 2012; ONRSR framework; network operator safety rules (TfNSW, ARTC, QR, MTM, V/Line)
HRCW Category
HRCW — see HRCW Cat. 14 (road/railway traffic corridor), Cat. 11 (energised electrical — OHL traction), Cat. 15 (powered mobile plant/hi-rail)
Hazards Identified
11 hazards with controls
Format
Editable DOCX (Microsoft Word)
Author
Certified Industrial Hygienist (CIH)
Delivery
Instant download after payment